Key result
A proposed nonlinear element extraction technique using a mathematical model of long-term blood pressure regulation successfully reproduced dynamic responses close to the actual nonlinear model.
A proposed nonlinear element extraction technique successfully reproduces dynamic responses of a long-term blood pressure regulatory system model.
May simplify long-term blood pressure model analysis; leaves open empirical validation before clinical consideration.
A control oriented framework has been developed for analysing the influence of nonlinear element on the system dynamics. Proposed nonlinear element extraction technique is explained with the help of a mathematical model of the long term blood pressure regulatory system to reveal the impact of crucial nonlinear elements. The simulation results showed that the model is able to reproduce dynamic responses which are close to those of the actual nonlinear model. The linearised model study has also been performed to analyse the stability like structural properties. This technique will be useful for other nonlinear systems also.
No takes yet. Share an insight, caveat, or question.
Shahin et al. (2011) studied Long term blood pressure regulation. Nonlinear element extraction technique was evaluated on Dynamic responses. A proposed nonlinear element extraction technique using a mathematical model of long-term blood pressure regulation successfully reproduced dynamic responses close to the actual nonlinear model.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: